| CPC A61B 17/3468 (2013.01) [A61B 17/3205 (2013.01); A61F 2/10 (2013.01); A61B 2017/00752 (2013.01); A61B 2017/00969 (2013.01); A61B 17/3211 (2013.01)] | 4 Claims |
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1. A multi-hair channel opening device that has different speed modes and is manually operable by deactivating all functions, and able to make hair transplantation planning, the multi-hair channel opening device comprising:
a microprocessor where all functions are processed;
an accelerometer and a goniometer, the accelerometer reads an instant angle and a direction of the device, and transmits readings to the microprocessor;
a linear motor that performs back and forth movement of an incision process in response to data received from the microprocessor, the linear motor automatically performs the incision process at a depth set automatically by the linear motor in response to information received from the accelerometer and the goniometer, and the linear motor automatically counts a number of incisions made, hereinafter referred to as a number of opened channels, in skin of a patient during the incision process;
a motor driver that provides a required voltage and current values of the linear motor by interpreting the data coming from the microprocessor, wherein the linear motor carries out movements of the incision process;
a laser integrated into the device that allows the device to indicate where an incision is to be made and to mark a location of incision before the incision process;
an audible buzzer emitting at least one audible signal to warn and direct a user, wherein the audible buzzer transmits the at least one audible signal during switches between menus;
an ion battery that is a power source of energy;
buttons that are exclusive for the incision process and ensure a performance of various settings;
a battery reader for reading a current voltage level of the ion battery and transmitting the current voltage level to the microprocessor;
a digital screen that allows a physician or the user to have instant information about opened channels, where the number of opened channels in the skin, a direction, a depth and an angle information of the device, and an energy level of the ion battery can be monitored instantly, wherein the digital screen serves to interact with the physician or the user;
wherein the microprocessor interprets the information coming from the accelerometer and goniometer and displays the information on the digital screen, at the same time the microprocessor transmits required commands to the linear motor, the audible buzzer and the laser;
a power center that converts the energy coming from the ion battery into a voltage level corresponding to the microprocessor, the digital screen, the buttons, the audible buzzer, the accelerometer and goniometer, the motor driver and the linear motor;
and
micro-blade insertion apparatus parts that hold micro-blades for making incisions wherein the micro-blade apparatus parts are capable of the following:
holding more than one micro-blade at the same time,
performing incision at a first arrangement by holding the micro-blades close together or at a second arrangement by increasing a distance between the micro-blades,
keeping the micro-blades parallel to each other, but in a position that is-makes a zigzag or stair incision in the skin,
performing incision in geometric forms when the micro-blades are brought together, and
fixing one or more micro-blades side to side in a parallel manner.
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